| 1. | Study of real time recognition technique for infrared imaging guiding system ship target
50多模同步采集高速目标识别系统 |
| 2. | With the grabbed image by the software , we can analyze the coordinates of hit points
并利用软件同步采集的图像，分析过靶坐标。 |
| 3. | This system achieves and validates synchronous data acquisition of vibration and tachos signals
实现了变速箱振动和转速信号的同步采集，并对同步效果进行了验证。 |
| 4. | Digital signal processor ( dsp ) was used as the microcontroller of the daq card , and synchronous a / d converters were used to collect synchronous signals
该数据采集卡以数字信号处理器( dsp )为主控制器，结合同步模数转换器( adc )实现了多通道同步采集的功能。 |
| 5. | Known well vxibus criterion , the structure of configure register and vxi address mapped theory . known well the structure and work theory of high speed synchro data acquisition device
熟悉vxi寄存器基器件的配置寄存器结构， vxi地址空间映射原理；熟悉高速同步采集卡的总体结构和工作原理。 |
| 6. | " vxibus synchronous data acquisition module " can work in either single - module mode or multi - module mode , which makes combination between modules and multi - rate sample possible
Vxi同步数据采集模块既可以单模块工作，也可以多模块同步工作，实现了模块间的灵活组合，能够以多采样率进行数据的同步采集。 |
| 7. | This system uses multicenter synchronization sampling and dma sampling control method , which has high sampling frequency . the system can realize displaying and analyzing in real time
该系统采用多通道同步采集，采样频率高，且采用dma控制方式，实时性强，能够实现振动、摆度信号实时显示和分析等功能。 |
| 8. | The system can collect many kinds of physiological signals of the learners ( experiment objects ) synchronously such as electrodermal , pulse , breath , blood pressure and brain wave after getting stimulation
利用该系统可以实现对学习者(被试)接受刺激后的皮肤电、脉搏、呼吸、血压、脑电波等多种生理反应信号的实时同步采集，并能将刺激内容、学习者生理反应信息及外部行为表现同步记录。 |
| 9. | At the same time , using two - terminal voltages and currents sampled by the medium - speed sampling and processing unit synchronized by the pulse per second ( 1pps ) of gps , the fault locator can realize accurate double - ended steady - state location
同时，线路两端的测距装置利用gps的同步秒脉冲信号（ 1pps ）控制各自的中速采样处理单元对线路的电压、电流信号进行同步采样，用这些同步采集到的数据还可以实现精确的双端稳态法测距。 |
| 10. | The working principle of a multi - channel ultrasonic inner inspection pig and the design scheme of its subsystems are introduced , the principle block diagram is presented , and many methods such as synchronous collection and memory of thickness data and orientation data are put forward
介绍了一种多通道超声波内检测功能机的工作原理及其各组成子系统的设计方案，给出了原理框图，同时提出了对壁厚数据和定位数据进行同步采集、存储等方法。 |
